E:60 Season 9 Episode 18 DNA

In E:60 season 9 episode 18 titled "DNA," the show delves into the fascinating world of genealogy and DNA testing. The episode features three different stories of people who have used DNA testing to uncover secrets and discover hidden ancestral connections.

The first story follows former NFL player Jerome Bettis, who has always been curious about his ancestry. Bettis was adopted as a baby and knew very little about his biological family. After taking a DNA test, he discovered that he is part Irish, which was a surprise to him as he had always assumed he was of African-American and Native American descent. The episode explores Bettis' emotional journey as he learns more about his ancestry and connects with newfound relatives.

The second story features a woman named Cyndi Williams, who discovered through DNA testing that she had three half-siblings she never knew existed. Williams' father had been a sperm donor in the 1970s, and the siblings were the result of his anonymous donations. The episode follows Williams as she connects with her newfound family members and learns more about her father's life and legacy.

Finally, the episode tells the story of a man named Donavan Linder, who grew up believing he was of African-American descent. Linder's mother had always told him that his father was a black man who had passed away before he was born. However, when Linder took a DNA test, he discovered that he was actually of European descent. The episode explores Linder's emotional journey as he reevaluates his identity and connects with his newfound relatives.

Throughout the episode, E:60 provides insights into the burgeoning world of DNA testing and genealogy, exploring the many ways in which this technology is changing our understanding of family and ancestry. From Bettis' emotional journey of self-discovery to Williams' heartwarming reunion with her long-lost siblings to Linder's journey of self-acceptance, "DNA" is a powerful and thought-provoking exploration of one of the most exciting fields in science today.